TBLM脉冲使用说明书
大容量正位移脉冲流量计操作手册说明书
I N S T R U C T I O N M A N U A LModels:3” (D-750), 3” (D-1000)(Extended flow range),4”(D-1500)&4"(D-2500)(Extended flow range)Large capacity positive displacementPulse FlowmetersOVAL GEARIndex / contents 11.0General Page1.1 Overview 21.2 Operating principal 21.3 Specifications 32.0 Installation2.0 Mechanical installation 42.0.1 Meter & totaliser orientation 42.1 Flow conditioning & locations 52.2 Electrical Installation 52.2.1 Instrument Cable 62.2.2 Hazardous Area Wiring 62.3 Pulse output selection for pulse meters 62.3.1 Hall effect sensor output 62.3.2 Reed switch output 62.4 Calibration K-factor 63.0 Commissioning 74.0Maintenance4.0 Maintenance 84.1 Disassembly of meter & exploded view 84.2 Inspection 94.3 Re-assembly of meter 94.4 Spare parts list 105.0 Fault Finding 115.1 Trouble shooting 122 General1.1 OverviewThe Oval Gear meter is a precise positive displacement flowmeter incorporating a pair of oval geared rotors. These meters are capable of measuring the flow of a range of clean liquids such as fuels, fuel oils & lubricating liquids.The flowmeter is available with a pulse output only for safe or hazardous areas. The meter also has a flow rate register option with either RT40 (option E) for safe areas or an intrinsically safe RT12 (option I) for hazardous areas. Both these totalisers have pulse output capabilities of interfacing to most monitoring and controlinstrumentation. The RT12 instrument also has monitoring and control output options 4-20mA, scaled pulse and flowrate alarms.Both RT12 and RT40 options have multiple display units (kgs, Litres, lbs, Gal and m³) and can show instantaneous flow rate and total flow values1.2 Operating PrincipleThe Oval gear are positive displacement flowmeters where the passage of liquid causes two oval geared rotors to rotate within a precision measuring chamber and with each rotation a fixed volume of liquid is displaced passing through the meter. Magnets embedded within the rotors initiate a high resolution pulse train output. The pulse output can be wired directly to process control and monitoring equipment or can be used as an input to instruments supplied with or fitted directly to the meter.The benefits of this technology allow precise flow measurement and dispensing of most clean liquids irrespective of their conductivity, with other liquid characteristics having nil or minimal effect on meter performance. This metering technology does not require flow profile conditioning as required with alternative flow technologies making the installation relatively compact and low cost.OPERATION :Liquid travels around the crescentshaped chambers created by therotational movement of the rotorsliquid exits the measuring chamber liquid in transit flow liquid entering measuring chamberSpecifications 31.3 Specifications4 Installation2.0 Mechanical Installation Prior to installing the meter check :•The fluid is compatible with the meter materials of construction using appropriate information such as fluid compatibility charts and site experience.•The application and process conditions are compatible with the meter specifications. Minimum and maximum flows are within the meter specified range including any in-situ cleaning processes. Whenmetering viscous liquids the maximum allowable flow may need to be reduced to ensure the pressuredrop across the meter does not exceed 100 kPa (1 Barg, 15 PSIG).•The process temperature and pressure does not exceed meter ratings.•The meter is not exposed to process temperatures and pressures that will cause the liquid medium to gasify (flash) within the meter.2.0.1 Flow Conditioning and LocationsStrainer : It is recommended to INSTALL a 40mesh (350 micron) strainer immediately upstream of (prior to) the meter. Strainers are available from the factory.Flow conditioning : The flowmeter does not require any flow conditioning, therefore straight pipe runs before or after the meter are not required. If required, the pipe size about the meter can be altered to suit the installation.Locations : The flowmeter is preferred to be fitted upstream of any flow control and/or shut off valve, this prevents free discharge from the meter and minimizes the risk of drainage and air entrapment which can result in erroneous readings or damage the meter on start up.Process or safety critical meters should be installed in a by-pass section of pipe with isolation valves to enable the meter to be isolated and serviced as required. A by-pass installation also allows purging of the system during commissioning (see Commissioning).The meter must be appropriately rated and is typically located downstream (on the discharge side) of the pump.If mounted outdoors ensure a suitable watertight gland or plug is used to seal any open electrical entries. In humid environments take precautions to avoid condensation build up within the electrical and/or instrument enclosure. It is good wiring practice for conduits to be connected from the bottom of an entry port, in this way condensation will gravitate away from any terminal housing.Fluid state : Fluid entering the meter must remain a liquid at all times so protect the meter to avoid solidification or gelling of the metered medium. If meters are to be trace heated or jacketed in any way the maximum temperature rating of the meter must not be exceeded. Size the meter to avoid gasification of volatiles (flashing) within the liquid due to the pressure drop experienced within the system or within the meter.Hydraulic shock : If pressure surges or hydraulic shock of any kind is possible, the system upstream of the meter must be fitted with a surge suppressor or pressure relief valve to protect the meter from damage. High frequency flow pulsations can damage the meter. Such pulsations can be caused by the injection profile in diesel engines. Most pulsations are removed with the installation of a suitable pulsation dampener.Installation 5 2.1 Meter & totaliser orientationThe flowmeter MUST be mounted so that the rotor shafts are in a horizontal plane. This is achieved by mounting the meter so that the digital display is facing the user in a horizontal direction, it should never point towards the sky or towards the ground. If installed incorrectly the weight of the rotors will bear down on the base of the measuring chamber, leading to inaccuracy and meter damage and failure.Liquid can flow into the meter from either a horizontal or vertical direction. For vertical flow installations the most common orientation is for the liquid to rise through the meter (i.e. travel from bottom to top) to assist in air or entrained gas elimination. The meter operation is independent of the liquid flow direction thus there is no markings for inlet or outlet.Given the size and weight of these meters, it is recommended that any 3” or 4” meters have adequate support so that there is no excessive pressure on the process connections. Failure to support these meters during the installation process can result in structural damage to the flowmeter’s threaded connections/flanges during normal operation.2.2 Electrical InstallationAs a default the meter and totalizer is wired at the factory with the reed output pre-wired and DIP switches set for an integral rate/totaliser allowing self-powered operation of the instrument displays.The output(s) and function(s) available from a meter fitted with an integral instrument depends on the model of the instrument fitted and may include meter pulse repeater, pre-scaled pulse output, 4-20mA flow output or flowrate alarms.Refer to the option in the meter model number and relevant instrument manual. Unless programming details were provided at time of order the instrument program will contain factory default parameters. Integral instruments will however be programmed with the relevant calibration factor (K factor or scale factor) for the meter.Factory default settings can be found in the instrument instruction manual and it should be noted all output(s) are6 Installation2.2.1 Instrument Cable Twisted pair low capacitance shielded instrument cable 7 x 0.3mm (0.5mm²) should be used for electrical connection between the flowmeter and remote instrumentation, use Belden® number 9363 or similar. The cable drain or screen should be terminated on a DC COMMON or a specifically assigned shield termination at the readout instrument end only in order to protect the transmitted signal from mutual inductive interference. IMPORTANT, tape off & isolate the shield at the flowmeter end of the cable.The cable should not be run in a common conduit or parallel with power and high inductive load carrying cables as power surges may induce erroneous noise transients onto the transmitted pulse signal or cause damage to the electronics. Run the cable in separate conduit or with other low energy instrument cables. The maximum transmission distance is typically 1000m (3300 Ft).2.2.2 Hazardous area wiring Intrinsically safe wiring including using the reed switch pulse output as simple apparatus, wiring to an Intrinsically Safe Instrument must be undertaken in accordance with the rules, regulations and requirements applying to the territory in which the meter is being installed. The meters should only be connected by qualified staff, the qualified staff must have knowledge of protection classes, regulations & provisions for the apparatus in hazardous areas.If the flowmeter is fitted with an intrinsically safe instrument refer to the appropriate manual & I.S. supplement for wiring of the instrument inputs and outputs.2.3 Pulse Output selection for pulse meters Two types of output are available on each meter, open collector from Hall Effect sensors or reed switch contact. Each output type is linearly proportional to volumetric flow and each pulse is representative of an equal volume of liquid.2.3.1 Hall Effect Sensor Pulse Output The Hall Effect Sensor is a high resolution solid state 3 wire device providing an un-sourced, open collector, NPN transistor output. The term “un-sourced” means that no voltage is applied to the output from within the flowmeter, it must be pulled to a ‘high’ or ‘on’ state by between 5~24Vdc supplied from an external source, typically the receiving instrument.2.3.2 Reed Switch Pulse Output The reed switch output is a two wire normally open SPST voltage free contact ideal for installations without power or for use in hazardous area locations when Intrinsically Safe (I.S.) philosophy is adopted. Note: when using the reed switch output the liquid temperature must not change at a rate greater than 10ºC per minute (50ºF per minute).In general the reed switch life will exceed 2 billion actuations when switching less than 5Vdc @10mA as is the case when combined with the RT12 and RT40 instruments. 2.4 Meter Calibration Factor (K or scale Factor) Each flowmeter is individually calibrated and has the number of pulses per unit volume (eg pulses per litre or pulses per US gallon) entered into the program of the instrument. Please refer to relevant instrument manual for programming details. Nominal figures are shown in the specification section of this manual. For more accurate metering we recommend using the calibrated K factor. Calibration certification is available upon request from your distributor.Commissioning 73.0 Commissioning Once the meter has been mechanically installed the meter is ready for commissioning.The meter must NOT be run until the pipework is flushed of foreign matter, more often than not foreign matter is present after pipework fabrication or modification; weld slag, grinding dust, sealing tape & compound &/or surface rust are most common offenders.Flushing can be undertaken by utilizing a by-pass or removing the meter from the pipework. If neither is practical then the meter rotors must be removed prior to flushing (refer to Maintenance section of this manual for disassembly).After flushing or following long periods of shutdown the meter must be purged of air/vapour. This can be achieved by allowing the liquid to flow through the meter at a slow rate until all air/vapor is displaced. Never run the meter above its maximum flow or exceed 100kpa (1 bar, 15psi) pressure drop across the meter. Now the meter is ready for its operation to be confirmed by ensuring correct indication on the mechanical display. Refer if necessary to fault finding section of this manual. flowmeter isolation valve isolation valve Open downstream valve last4.0 Maintenance Adhering to the installation instructions in this manual should ensure your meter provides the required operational performance. These are mechanical meters and a periodic maintenance and inspection regime will maximize the operational availability of the meter.The frequency of maintenance depends on the application factors including liquid lubricity and abrasiveness and operational factors such as flowrate and temperature.BEFORE undertaking meter maintenance ensure the following :Associated alarm(s) or control output(s) are isolated so not to affect the process.The meter is isolated from any source of supply of liquid upstream or downstream.The meter is depressurized and liquid drained from the meter.4.1Disassembly of Pulse meter (Refer Exploded View)The meter is fitted with an integral instrument the instrument display assembly must be removed if required to gain access to the instrument terminal connections, instrument battery or pulse output board. This is achieved by:1.Undo the bezel screws and separate the display assembly from its base. Do not stress or damage thewires that connect the display assembly to the meter output. Take care not to misplace or damage O-ring(s).The pulse output board can now be accessed.2.To remove the pulse output board, first undo the screws that fix the instrument base to the flowmeter(Refer Exploded View).If required to gain access to the oval geared rotors undo the 8 body screws (5), carefully pry the meter body apart avoiding misplacing or damaging the O-ring (3) and rotors (2).Maintenance 94.2 Inspection (refer Exploded View)Inspect O-rings (3) for damage, chemical attack, deformity or any form. Remove, inspect & clean the rotors (2). Check the measuring chamber (1) for damage or scoring & redress if necessary, the rotor shafts should NOT be loose or able to be rotated.4.3 Re-assembly of meter (refer Exploded View)When re-installing the rotors (2) all four magnets MUST be visible when both rotors are in place. Both rotors will only engage correctly if fitted precisely at an orientation of 90 degrees to each other. Rotate the rotors slowly by hand to ensure they are correctly fitted at the same time check the rotor shafts & rotor bearings for wear.Fit the O-ring (3) into the groove and assemble the two parts of the meter, the body (1) & cap (4) align with a location pin.Fit the body cap screws (5) and tighten in a star sequence then carryout a final tighten in the same sequence to a firm torque. This sequence and procedure ensures the meter bodies are assembled correctly and evenly. Fit the pulse output board and instrument as appropriate.This sequence and procedure ensures the meter bodies are assembled correctly and evenly. Once completed,10 Maintenance 4.4 Spare PartsFault finding 11 5.0 Fault Finding Pulse meters have two distinct sections: the mechanical wetted section housing the rotors and the electrical section housing the pulse output board.Meters fitted with integral instruments have these two sections plus the instrument.The aim of fault finding is to trace the source of the fault to one of these sections.If a fault is traced to an instrument section, refer to the relevant instruction manual.Below are basic fault finding steps. Also refer to Trouble Shooting Guide on following page.Step 1 - Check application, installation and setup.Refer to Mechanical Installation section for installation and application factors that may affect the meter operation including pulsation and air entrainment or incorrect meter selection including incorrect flow rate, temperature and pressure or materials compatibility. Refer to Electrical Installation for correct wiring.Step 2 - Check for blockages.The most common cause of fault/unsatisfactory meter operation, particularly for new or altered installations, is due to blockage within the system or meter caused by foreign particles such as weld slag, sealing tape or compound, rust, etc.Step 3 - Ensure flow is present.No flow or lower than normal minimum flow may be attributed to a blocked strainer, jammed or damaged rotors within the flowmeter, malfunctioning pump, closed valves or low liquid level in feeder tank.Step 4 - Ensure oval gears within meter are rotating.Rotation of the oval gears can be heard by holding a screw driver blade to the meter body and pressing the handle hard against the ear lobe. If necessary test the meter with the flow turned off and turned on to familiarize yourself with the audible rotation signature.Step 5 - Ensure pulses are being generated during flowing conditions.A multimeter is often not fast enough to distinguish the pulse train from the reed switch or Hall Effect sensor. An oscilloscope will allow you to view the output pulse train. When viewing the Hall effect sensor pulse ensure a pull up resistor is installed between the pulse output and the supply voltage (refer electrical installation).Step 6 - Confirm Instrument Operation.If an associated instrument is connected to the flowmeter confirm its operation by simulating a pulse input onto the flow input terminals. In most instances a contact closure on the flow input terminals is an adequate simulation.12 Trouble shooting5.1 TROUBLE SHOOTINGNotes:IM-D-750~D-2500-Pulse 3216© 2017 Great Plains Industries, Inc., All Rights Reserved.Great Plains Industries, Inc. / 888-996-3837 / 。
脉冲针灸治疗仪使用说明书(3篇)
第1篇一、产品概述脉冲针灸治疗仪是一种集传统针灸与现代科技于一体的医疗设备，通过模拟传统针灸的刺激方式，结合现代电子技术，对人体的穴位进行刺激，以达到疏通经络、调和气血、缓解疼痛、调节生理功能等治疗效果。
本产品适用于各种慢性疼痛、神经痛、肌肉劳损、关节炎、颈椎病、腰椎病等疾病的治疗和调理。
二、产品特点1. 模拟传统针灸：脉冲针灸治疗仪采用微电脑控制，模拟传统针灸的手法，刺激穴位，安全可靠。
2. 多种刺激模式：根据不同疾病和患者需求，提供多种刺激模式，如疏密波、断续波、疏密断续波等。
3. 自动定时：治疗时间可根据需要设定，避免长时间治疗对患者造成不适。
4. 安全保护：具有过载保护、短路保护等功能，确保使用安全。
5. 操作简便：操作界面直观易懂，操作简便，老人和儿童也可轻松使用。
三、适用范围1. 慢性疼痛：如颈椎病、腰椎病、肩周炎、关节炎、风湿性关节炎等。
2. 神经痛：如坐骨神经痛、三叉神经痛、带状疱疹后遗神经痛等。
3. 肌肉劳损：如腰肌劳损、肩背肌肉劳损、腿痛等。
4. 消化系统疾病：如胃痛、肠炎、便秘等。
5. 妇科疾病：如痛经、月经不调等。
四、使用方法1. 检查设备：使用前请检查设备外观是否完好，如有损坏，请及时联系售后服务。
2. 选择刺激模式：根据疾病和患者需求，选择合适的刺激模式。
3. 调整强度：根据个人感觉调整刺激强度，以患者能忍受为宜。
4. 穴位定位：根据疾病选择相应的穴位，如颈椎病可选用风池、大椎、肩井等穴位。
5. 治疗操作：将电极片贴在穴位上，开启治疗仪，开始治疗。
治疗过程中，如感觉不适，请立即关闭治疗仪。
6. 治疗时间：每次治疗时间约为30分钟，每天1-2次，具体治疗次数根据病情和患者需求而定。
五、注意事项1. 使用前请确保治疗仪处于干燥、通风的环境中。
2. 治疗时请保持电极片与皮肤接触良好，避免脱落。
3. 治疗过程中，如感觉不适，请立即关闭治疗仪。
4. 治疗过程中，避免电极片受到碰撞、挤压等外力作用。
TBMM 时序脉冲控制仪 技术说明书
380
12
300
6.10
155
T1
接线:
请按照接线图连接。 本产品的电气安装和维护必须由合格电工执行。 控制器的接线方法需要符合国家有关的安全法则。
安全:
图 2 线路板尺寸
接线前确定电源已经安全截断。 遵守厂家提出的各项安全警告。
控制器安装位置：
必须选择在工作温度环境范围–40 ～ +60℃之间。
控制器具有自动吹净功能，计时器在除尘器风机停止后能继续运行，以完成整个预设定的程序周期。当风机停止 后，风机马达 启动器上的 辅助接触自动打开，开始吹净周期。吹净周期的程序编制数为 0~25。
阀以设定清灰时间。 以 TBMM 电路板为基础的微处
当预编程序的周期数完成后，计时器就自动停止。当除尘器风机再次开启后，吹净功能计时器也会自动开启。
GC1200/GC1300/GC1400
宽度
高度
深度
控制盒尺寸大小 聚碳酸酯 10 输出口
英寸
mm
英寸
mm
英寸
mm
11
பைடு நூலகம்
280
7.5
190
5.12
130
聚碳酸酯 20～50 输出口 金 属 10 输出口
金 属 20－50 输出口
15
380
11
280
5.12
130
12
300
7.87
200
4.72
120
15
T1
技术说明书
TBMM 时序脉冲控制仪
概况：
结构
高原公司的 GC1200（带盒子）
标准的 GC1200 密封盒是用聚碳酸酯做成，为电子组装件提供总体安全保护，达到 IP65 (Nema 4) 的保护等级。
BD飞玛_ 操作及维护
封管方法—正压封管
推封管液至剩余0.5ml，夹闭 小夹子 边推注药液边退针的方法拔出 注射器的针头飞玛操作\脉冲 式冲锋管-钢针连接.MPG
18
封管方法—正压封管
方法2（无针接头Q-Syte）
• • 推封管液至剩余0.5ml 夹输液夹：一手持小夹子，一 手快速将延长管（拿捏输液接 头一端）推至输液夹底部 ， 尽量靠近穿刺点。操作视频\ 接头消毒1.MTS飞玛操作\脉 冲式冲封管-无针连接.MPG飞 玛操作\夹小夹子错误.MPG飞 玛操作\夹小夹子正确.MPG
19
满足治疗需要的前提下选择型号最小， 最短的导管
谢谢！
BD飞玛TM的应用维护 A-C-L导管维护
A- Assess 导管功能评估 C- Clear 冲管 L- Lock 封管
16
冲管方法
推一下停一下,在导管内造成小漩涡,加强冲管效 果操作视频\预冲式导管冲洗器的使用.MTS操作视 频\脉冲冲管.MTS
层流
湍流
17
方法1（普通肝素帽）
• •
4、撤出针芯
•松开止血带
•打开调速器
•完全撤出针芯，直至针尖 完全被保护套覆盖，保护 套脱离针座飞玛操作\穿 刺.MPG
5、固定
• 以穿刺点为中心用无菌透明
敷帖（无张力）固定，捏抚 -压 操作视频\敷贴固定2.MTS
5、固定
• 延长管U型固定， Q-Syte( 肝素帽)要高于导管尖端， 且与血管平行 • Y型接口朝外 操作视频\抬 头固定1.MTS
1、准备
•持针座（√），旋转向上拔针帽
•持针翼（Ｘ），莱距离改变
2、穿刺
• 针尖斜面朝上，以15-30度角，直刺静脉 • 进针速度慢
ቤተ መጻሕፍቲ ባይዱ 3、送导管
江苏牧羊除尘器
概述
表一 主要规格、技术参数、性能参数
序号 型号
过滤面积（m2） 处理风量（m3/h） 电磁阀数量(个) 关风器型号及功率（kW） 风机型号及功率(kW)
清灰耗气量（m3/min）
排灰电机型号及功率(kW)
1
TBLMb2
2
240～480
1
无
2
TBLMb4
3
360～720
2
无
3
TLMC12
12
1440～2880
产品的特点
LNGM 系列除尘器能对含尘气体进行预处理，让粒径较大的粉尘先行沉降，粒径小的 粉尘通过滤袋实现滤阻，提高布袋使用寿命；采用专利技术的布袋快速装卸机构，改善工 人操作环境，提高工作效率；该除尘器的关风器动力和绞龙动力合二为一，优化了排灰机 构。
TBLMb 系列除尘器采用先进的扁形滤袋，结构紧凑，可直接连于输送设备上。 TLMT 系列除尘器采用大开门结构形式，便于设备的使用与维护，可方便侧边更换布 袋，操作占用空间小，改善工人操作环境，提高工作效率；采用先进的扁形滤袋和箱式结 构形式，外形简洁美观，结构紧凑，占地面积小；花板采用气囊密封，结构简单。主要用 于投料口除尘。 TBLMy 系列除尘器具有旋风除尘器的特点，含尘气体切向进入箱体，进行旋转分离， 让粒径较大的粉尘先行沉降，粒径小的粉尘通过滤袋实现滤阻，提高布袋使用寿命；采用 专利技术的布袋快速装卸机构，改善工人操作环境，提高工作效率；有锥底和平底两种出 灰方式，优化了平底的排灰机构。 TBLMt 系列除尘器的采际先进的椭圆形滤袋。箱体可直接连接在提升机上，结构简单， 占用空间小，外形美观，可直接替代风网；采用先进的椭圆布袋和双花板压紧机构，结构简 单，密封效果好，方便布袋更换，提高工作效率；采用箱式结构和大开门形式，方便布袋更 换，改善工人操作环境，提高工作效率。 TBLMp 系列除尘器的采际先进的椭圆形滤袋。箱体可直接连接在刮板机机体上。结构 同 TBLMt。 TBLXG22×n 系列除尘器主要用于汽车卸粮坑以及大型投料口，可按照单元拼接以适合 不同长度要求的场合。 以上系列除尘器采用拆装更为快捷的电磁阀，并能实现一个电磁阀同时喷吹多个布 袋，清灰效果好，性能稳定可靠； TLMC 采用先进的扁布袋和箱式结构形式，方便布袋更换，改善工人操作环境，提高 工作效率；可以和筒仓、输送设备结合起来，简化风网设备；采用直喷式电磁阀，减少喷
脉冲输出模块使用指南说明书
Integral DIN mount and slim design takes up minimal cabinet space+5 to +30 Volt Power Input enables the device to be run from USB, a vehicle battery or the factory floorNon conducting polyamide casing with removablenumbered terminal blocks for easy wiringGB AEOF 00031/11Ethernet to Analogue I/O• 4 Analogue Outputs - Selectable as either current or Voltage • Supports simple ASCII or industry standard Modbus TCP • 1 Ethernet Port• -30°C to +80°C/-22ºF to +176ºF Temperature range4 Analogue OutputsED-560ConnectorsScrew Terminals 3.5mm pitchWire Thickness #22 - #14, 0.5mm 2-2.5mm 2Power SupplyPower Supply input Unregulated +5V to +30Volts DC, reverse polarity protection Isolation1500V RMS Magnetic isolation from Ethernet EnvironmentalOperating Temperature -30o C to +80o C / -22ºF to +176ºF Storage Temperature-40o C to +85o C / -40ºF to +185ºF Ambient Relative Humidity 5 to 95% (non-condensing)Magjack LED Information Link/Activity LED Solid greenConnection established Flashing Green Data communication Speed LED Green 100Base-Tx Unlit10Base-TEthernetEthernet Port RJ45 jack, 10/100Mhz autosensing, crossover auto sensing (Auto MDIX)Protection 1,500 Volts magnetic isolation between ports HousingIP-20 rated non-conducting polyamide caseEasy Wire Removable screw terminal blocksWide Range Input Power: +5VDC to +30VDCIntegral DIN rail clip with earthIP20 Non-conductingpolyamide case with vents-30ºC to +80ºC/-22ºF to +176ºF temperature rangeEthernet PortSerial Expansion Port suitable for ADAM modulesView from webpage - no software requiredIntegrate with popularsoftware packages or use with our free APIsSupports Modbus TCP or ASCIIcommands4 Analogue Output Lines: 12 bitEthernet to Analogue OutputED-560Ethernet Port Pin Outs PIN FUNCTION 1RD+ / TD+2RD- / TD-3TD+ / RD+4NC 5NC 6TD- / RD-7NC 8NCLifetime Warranty and Support:We can help with every aspect of your project, from getting you up and running to custom application.Terminal Block Pin OutsTerminal Block Pin 1Pin 2Pin 3Pin 4Pin 5Yellow AGND Vout 0Vout 1Iout 0Iout 1Grey SIG GND RS-485 D-RS-485 D+RS-485 D+RS-485 D-Green AGND Vout 2Vout 3Iout 2Iout 3Black-V+VA+VB-VFunc GNDPower Input +5V to +30V DCEthernet to Analogue OutputED-560Analogue Channels - 4 Outputs IO Protocols DCON ASCII over TCP or COM Port; Modbus TCP Description 4 Analogue OutputsOutput Isolation Yes, Outputs Isolated from Power, Network and Gateway Port Voltage Output Range 0-10VCurrent Output Ranges 0-20mA or 4-20mACurrent Output Type Sink (requires external power source)Output Resolution 12 bitWatchdogSets outputs to predefined values on timeout Max Output Load Current (Voltage Mode)±5mA Max Output Load Voltage (Current Mode)30V Dropout Voltage (Current Mode)2.8VOutput Accuracy0.1% of FSR @ 25 °C (77 °F)Output Drift (Voltage Mode) Zero drift less than 30µV/°C, span drift less than 25ppm/°C Output Drift (Current Mode) Zero drift less than 0.2µA/°C, span drift less than 25ppm/°C Output Slew Rate Voltage Mode: 170 kV/s, Current Mode: 4.3A/s Output Settling TimeVoltage Mode: 350µs, Current Mode: 4 µsSerial Expansion Port - RS485Half Duplex RS485 port allows connection and control of industry standard NuDAM, eDAM and ADAM modules using ASCII protocols.Power Supply Power Supply input Unregulated +5V to +30Volts DC, reverse polarity protection Isolation1500V RMS Magnetic isolation from Ethernet Ethernet to Analogue OutputED-560Full command tables can be found in the device manualSoftwareOS Compatibility Brainboxes’ software provides a TCP or Serial COM port interface . Allsoftware versions and updates available to download from our website.Microsoft Legacy COM port drivers for Microsoft OS up to latest Windows 10OtherTCP and web browser interface for other OSs & Linux, e.g. Android, Raspberry PiBoost.IO ManagerLets you find, install and upgrade devicesIndustry Standard PackagesThe COM port based driver means devices are compatible with popular packages such as: LabView, MATLAB, Agilent VEE. So you can continue to get value from your existing development and process control system.Software PlatformsAPIs and sample program code for: Microsoft .NET, C#, Visual Basic, C++,JavaScript, PHP, Java, Objective-C, Python and more - ModbusDevice works as a Modbus TCP server. Modbus TCP can be used on the input and output lines.Examples from Modbus TablesModbus access typeSupported Modbus function codes Logical address 984 style address IEC 61131address Read DI counter values Holding register 30x0000...40001...%MW0…Clear DI counters Coil 5, 150x0200...00513%M512…Set/read digital outputsCoil1, 5, 150x0000...00001...%M0…ASCIIThe ED device’s webpage has an interactive ASCII console where any command can be entered and it is immediately executed showing the device’s response.$01M read the name of device address 01 !01ED-588device 01 replies that its name is ED-588$01F read firmware version number of device address 01 !012.54firmware version of device 01 is 2.54Packaging Information PackagingInstallation CD including manual, Microsoft signed drivers & utilities, Quick Start GuideDevicePackaged Weight 0.197 kg, 6.95 ouncesPackaged Dims 160x135x49 mm, 6.3x5.3x1.9 inches GTIN Universal Code 837324003505ApprovalsIndustry Approvals Microsoft Certified Gold Partner, WEEE, RoHS, AEO (C-TPAT), CEProduct Support Warranty Lifetime - online registration requiredSupportLifetime Web, Email and Phone Support from fully qualified, friendly staff who work in and alongside the Product Development Team Additional InformationOEM option Available for bulk buy OEMMade In Manufactured in the UK by Brainboxes Winner 2005 European Electronics Industry Awards ‘Manufacturer of the Year’CustomisableBrainboxes operate a ‘Perfect Fit Custom Design’ policy for volume users. Moreinfo:********************© Brainboxes 2017BBED170328Ethernet to Analogue OutputED-560//********************MK-5886 coloured PCB connectors. Individually numbered pins; 5 x 3.5mm pitch screw connections with tension sleeve.PW-650Power supply with USBconnector and pre-wired screw terminal block. Suitable for use with 5V USB ports.PW-600Power supply with connectors for UK, USA, EU and AUS mains socket. ‘Tails’ are suitable for connecting to screw terminal blocks.ED RangeRemote I/O products available in a range of formats and specifications。
騰達科技有限公司 脈衝發生器系列 使用手冊 指引说明书
目錄1 簡介 (3)2 脈沖電沖整流器(火牛)的㆒般規格 (4)2.1 脈衝發生器尺寸 (4)2.2 ㆒般規格 (5)3 架構及多部整流器的架構圖 (6)3.1 單部機的架構 (6)3.2 多部機連線的架構（以㆒部主機控制） (7)3.3 用電腦控制多部機的架構 (8)4 單部機的㆒般資料 (9)5 運作模式的設定方法步驟 (10)5.1 脈沖機的機號/位址的設定步驟 (10)5.2 直流（DC）模式的設定步驟 (11)5.3 脈沖（Pulse）模式的設定步驟 (13)5.4 安分計的設定與讀取步驟 (16)5.5 系統模式的設定步驟 (19)6 正常運作模式時變更參數數值 (20)7 停機狀態 (21)8 特別功能按鈕（鍵） (22)9 警報訊息 (23)10 正向電流，反向電流，正向時間，反向時間的比率 (24)㆒般的使用指引（適用於脈衝發生器）1 簡介這是嶄新的技術電鍍整流器，為電鍍工藝提供脈沖（Pulse）及直流（DC）的運作模式。
它提供高質的電鍍工藝，高產量，高效率，特別利於通孔(PTH)的PCB板，以㆘僅列出數個優點。
• ㆓次銅• ㆒次銅全板面銅• 通孔• 首孔• 高產量• 可靠性高/耐用• 輕巧，體質少• 低壓• 模組化• 精密的響鬧功能• 可以以電腦(PC)控制，及用國際通訊標準格式RS-485• 同㆒連網㆗，可連接32部2 脈沖電沖整流器(火牛)的㆒般規格2.1 脈衝發生器尺寸尺寸: 469.5mm* 273.2mm*180mm重量: 10 kg (大約)圖 1. 脈衝發生器外觀尺寸2.2 ㆒般規格以㆘是脈衝發生器輸出規格（詳細請參考各型號的個別規格）：2.1正向電流範圍： 0-250安培可調校精度：1安培2.2 反向電流範圍： 0-750安培可調校精度：1安培2.3 正向時間範圍： 0.3-99.9毫秒可調校精度： 0.1毫秒2.4 反向時間可調校精度： 0.3-7毫秒可調校精度： 0.1毫秒3 架構及多部整流器的架構圖提供㆔種的控制方法，單㆒部機的操作，多部機的操作，多部機連接電腦（PC ）的操作。
Pulse MIG R系列说明书
30A 32A ≥2.5mm2 50mm2 ≥2.5mm2
50A 63A ≥6mm2 70mm2 ≥6mm2
注：上表中保险丝和断路器的容量仅供参考。
·７·
3、控制和接口 焊机前后面板控制与接口如图 3-1 所示。
5 3
4
6
7
1
2
9
8
（1）外设控制插座 X3 （3）程序升级下载口 X4 （5）输入电缆 （7）保险丝管 （9）加热电源插座 X5
合金类型
保护气体
·１１·
MIG/MAG 脉冲焊接
MIG/MAG 一元化 直流焊接
铝镁合金 纯铝
铝硅合金
LF2--LF16、5005、 5052、5183、5356
Φ1.0、 Φ1.2、 Φ1.6
L1—L5、 1060、1035、1100、
1200、1370
100%Ar
LT1、4A11、 4043、4047
·１·
安全注意事项
一般安全注意事项 请务必遵守本说明书规定的注意事项，否则可能发生事故。 输入电源的设计施工、安装场地的选择、高压气体的使用等，
请按照相关标准和规定进行。 无关人员请勿进入焊接作业场所内。 请有专业资格的人员对焊机进行安装、检修、保养及使用。 不得将本焊机用于焊接以外的用途（如充电、加热、管道解冻
等等）。 如果地面不平，要注意防止焊机倾倒。
防止触电造成电击或灼伤 请勿接触带电部位。 请专业电气人员用规定截面的铜导线将焊机接地。 请专业电气人员用规定截面的铜导线将焊机接入电源，绝缘护
套不得破损。 在潮湿、活动受限处作业时，要确保身体与母材之间的绝缘。 高空作业时，请使用安全网。 不用时，请关闭输入电源。
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合气泵（罗茨鼓风机）几大部分。
4.4、安装顺序：
4.4.1、将下锥体（或平底刮板下箱体）就位，上好地脚螺栓。
4.4.2、将中箱体就位，并用螺栓与下 （平底下箱体）相连接，在连接
法兰之间加橡胶密封条。
4.4.3、按处风口位置要求安装上箱体，并用螺栓与中箱体连接，在连接
法兰之间加橡胶密封条。
4.4.4、选择环境清洁，通风良好，地面平整的地方安置气泵，并向气泵
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
- 10 -
后，接通电子控制器电源，检查步进电机、电磁阀动作是否正确，脉冲周期
和脉冲宽度的调节是否反应正确。
4.4.11、接通全部电源，进行空车试运转，观察压力表压力是否正常（4.9
×104Pa 左右），各脉冲阀喷吹是否正常，气泵、关风器（平底型刮板）运转
上箱体经出风管排出，粉尘则被挡在滤袋外面、不能随气流排出，达到了气、
尘分离的效果。
随着时间的增长，滤袋外表面的粉尘逐渐增多，使得气流穿过滤袋的阻
力也随之增加，脉冲喷吹系统就按一定的顺序，一次对每个滤袋进行清灰，
将压缩空气脉冲喷入滤袋，是滤袋体积膨胀，纤维缝隙中产生一短暂的反向
气流（与过滤气体流向相反）从而清理掉滤袋表明的积粉。
于食品，粮食、医药、建材、化工等行业。
二、主要规格和技术参数
2.1、主要型号规格及技术参数：（见表 1）
2.2、外形尺寸（见表 2 和表 3）
2.3、通用技术参数：
过滤风速 m/min 3～4
出口粉尘浓度 mg/m3
≤100
设备阻力 Pa 喷吹压力 Pa
<1470 耐压强度（壳体）kaP
5
4.9×104 脉冲宽度 S
箱体堵料
2、关风器被大杂物料卡死不转。 3、刮板机或关风器电机损坏。
2、清理关风器异物。 3、检修电机。
出风口空气 含粉尘明显 增加
滤尘器阻力 增加，并持续 上升
气室内压力 过低
气室有压力 但不喷吹
下箱体有碰 撞声
1、滤袋破损。 2、滤袋袋口松脱。
1、更换滤袋。 2、扎紧袋口。
1、气泵或罗茨鼓风机出故障，压力 1、检修气泵或罗茨鼓风机。
和电子控制器—关风器（刮板）。
5.3、脉冲喷吹宽度和喷吹周期的调整：
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
- 11 -
脉冲喷吹宽度在出厂前已调整好，使用时一般无需再调。脉冲宽度需在
瞬间内把气室里气源全部排完，一般时间 0.1～0.2S。
单独供气时，脉冲喷吹周期的调整原则是：观察气室压力表上显示的压
注：1、表 1 中 TBLM 型滤尘器下箱体为锥体型，TBLM-I 型滤尘器为平底型。
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
-3-
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
-4-
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
是否平稳，无异常声响。
4.4.12、空车试运转正常后，将滤袋装入（滤袋必须上紧，以保证密封，
并在工作中不至脱落）。
安装时注意：
（1）如分配器转轴已产生锈蚀等因素而使转轴运转不正常，产生卡壳，
则应修磨好转轴，保证运转平稳后，方可启动步进电机，否则步进电机和电
控器易烧坏。
（2）箱体间连接螺栓不可拧得过紧（扭力扳手控制在 14.7N.M 左右）。
耗气量 关风器 (m3/min) 动力(KW)
0.04
0.55
0.1
0.55
0.18
0.75
0.26
1.1
0.39
1.1
0.52
1.1
0.78
1.1
1.04
1.1
1.3
1.1
1.56
1.5
1.68
1.5
刮板动 力(KW)
— — — 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5
重量 (Kg) 300 335 376 520 550 590 710 780 820 850 890 960 1050 1220 1290 1250 1420 1490 1640 1880 1900 1960 2200 2400 2500 2730 3010 2980 3450 3800 3330 3670 4030
力在每次喷吹后回升到 4.9×104Pa 左右，开始一个脉冲喷吹，则说明周期适
当，如压力未到 4.9×104Pa 左右就开始下一个脉冲喷吹，则说明周期过短，
需调长周期。一般脉冲喷吹周期为 15～20S。
脉冲宽度，脉冲周期的调整方法详见电子控制器说明书。
集中供气时，滤尘器负荷大的，应将脉冲周期适当调小，以控制过滤阻
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
-8-
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
-9-
4..3、吊运方法：
吊运时可整机吊运。一般将滤尘器拆分为上箱体（含气室和花板及控制
分配等）中箱体（含检查门），下锥体（或平底刮板下箱体）关风器及无油复
片被紧紧压在喷管上，脉冲阀呈关闭状态。
当先导阀中压缩空气经电磁阀放掉时，（b）室的压缩空气顶开小膜片尔
排空，由于泄放孔面积大于大膜片上节流孔截面积，故（b）室压力由于压缩
空气补充不上而大大降低，使大膜片受（b）室力小（a）室力，大膜片被上
抬，压缩空气经喷吹管至滤袋内，从而达到清洗滤袋的效果。
3.3、脉冲分配控制器结构与工作原理
TBLM 系列脉冲布筒滤尘器使用说明书
-5-
2、处理风量在进风含尘浓度或粉尘湿度、粘度大时，取小值，在进风含
尘浓度低或粉尘湿度、粘度小时取大值。
三、主要结构及工作原理：
3.1、滤尘器工作原理：
含尘气流经进风口切向进入中箱体，部分粉尘被首先分离落入下箱体，
经关风器排出。其余粉尘随气流动流向滤袋，空气穿过滤袋进入袋内，通过
3170～4220
a 2000
3530～4700
c 2400
4230～5640
b 1800
4750～6340
a 2000
5290～7000
c 2400
6350～8470
b 1800
6350～8470
a 2000
7060～9410
c 2400 8460～11280
b 1800 9520～12700
a 2000 10580～14110
滤袋长度 (mm)
处理风量 (m3/h)
b 1800
490～650
a 2000
540～720
c 2400
650～860
b 1800
1220～1630
a 2000
1350～1800
c 2400
1620～2160
b 1800
2190～2930
a 2000
2450～3260
c 2400
2930～3910
b 1800
脉冲分配器由气管（h）与各脉冲阀上先导阀气室连接，分配转轴（L） 在步进电机下依次与各个出口对正，将先导阀气室与电磁阀（D）接通，电子 控制器在电磁阀与各先导阀接通时，发出电脉冲信号，开启电磁阀，使得被
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
-7-
接通的先导阀放气，进而由脉冲阀发出脉冲喷吹，从而清理滤袋。
0.03～0.2 可调
漏风率 %
≤5 脉冲周期 min
0.1～3 可调
丹阳市南阳除尘设备有限公司
南阳除尘 环保之神
TBLM 系列脉冲布筒滤尘器使用说明书
-2-
表1
型号 TBLM-4 TBLM-10 TBLM-18 TBLM-26-I TBLM-39-I TBLM-52-I TBLM-78-I TBLM-104-I TBLM-130-I TBLM-156-I TBLM-168-I
轴承内加入适量润滑油，无油泵不用加油。
4.4.5、将关风器与下锥体（平底下箱体）出口相连接，保证密封良好，
运转正常。
4.4.6、连接出风口管路和压缩空气管路，注意密封良好。
4.4.7、选择便于操作观察的位置，将电子控制器安装在滤尘器上。
4.4.8、接通电子控制器与步进电机和电磁阀的接线（接线方式详见电子
脉冲布筒滤尘器
使 用 说 明 书
丹阳市南阳除尘设备有限公司
TBLM 系列脉冲布筒滤尘器使用说明书
-1-
一、性能特点和主要用途
TBLM 系列脉冲布筒滤尘器为滤袋式脉冲滤尘器，主要结构特点为：
1、箱体采用圆筒型，增加了箱体的刚度和强度。
2、采用切向离心进料，有利于降低设备阻力、减轻滤袋负荷。
3、采用低压脉冲喷吹清理滤袋。本滤尘器以出口压力为 4.9×104Pa 表压
达不到 0.05-0.06MPa。
2、更换或扎紧气路管。
2、脉冲上箱体气室内气路管破损、 3、更换三、二通或大、小膜片。
松脱，压力降低。
4、清理齿轮异物或转轴锈积，
3、气室气管连接件三、二通断裂， 调整步进电机。
四、安装与吊运
4.1、根据安装需要，在地脚位置不变的情况下，出口方位可在水平面内
任意转动安装，但应保证连接螺栓的正常连接，以方便车间内管道布置。
4.2、安装示意图：
a、一般安装示意：（支柱长度不得大于 2700，否则应事先提出）